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485 results for “Cooking”
FIGURE 5 in A distinctive new species of Genus Neorhegmoclemina Cook (Diptera: Scatopsidae) from Mexico
FIGURE 5. Neorhegmoclemina yolotli sp. nov. Male, holotype. Genital capsule. A. Ventral view; B. Dorsal view. Scale bar: 0.04 mm. Legends: (A): aedeagus (aed), cercus (cerc), gonocoxite (goncx), gonostylus (gonost), lobe (lb), paramere (pm).
FIGURE 2 in A distinctive new species of Genus Neorhegmoclemina Cook (Diptera: Scatopsidae) from Mexico
FIGURE 2. Neorhegmoclemina yolotli sp. nov. Male, holotype. A. Antenna; B. Wing; C. Wing, anterior part, arrow show details of pattern of the microtrichia.
FIGURE 1 in A distinctive new species of Genus Neorhegmoclemina Cook (Diptera: Scatopsidae) from Mexico
FIGURE 1. Neorhegmoclemina yolotli sp. nov. Male, holotype. A–B. Head, lateral view; C. Anterior thoracic spiracular sclerite; D. Antenna; E–F. Palpus, lateral view (E, dorsolateral view, F, ventrolateral view). Scale bar: A–B, D: 0.064 mm. C, E–F: 0.04 mm.
FIGURE 6 in A distinctive new species of Genus Neorhegmoclemina Cook (Diptera: Scatopsidae) from Mexico
FIGURE 6. Neorhegmoclemina yolotli sp. nov. Male, holotype. A–B. Segment 7. C–D. Genital capsule. A. Sternite, ventral view; B. Tergite, dorsal view. C. Ventral view; D. Dorsal view.
FIGURE 4 in A distinctive new species of Genus Neorhegmoclemina Cook (Diptera: Scatopsidae) from Mexico
FIGURE 4. Neorhegmoclemina yolotli sp. nov. Male, holotype. Segment 7. A. Sternite, ventral view; B. Tergite, dorsal view. Scale bar: 0.04 mm.
FIGURE 9 in A distinctive new species of Genus Neorhegmoclemina Cook (Diptera: Scatopsidae) from Mexico
FIGURE 9. Neorhegmoclemina yolotli sp. nov. Female, paratype. A. Wing. B. Genitalia, ventral view. C. Tip of abdomen and spermatheca.
FIGURE 3 in A distinctive new species of Genus Neorhegmoclemina Cook (Diptera: Scatopsidae) from Mexico
FIGURE 3. Neorhegmoclemina yolotli sp. nov. Male, holotype. A–D. Legs, lateral view. A. Fore leg. B. Mid leg; C. Hind leg; D. Tarsomere I of hind leg, arrow shows the apical spine.
FIGURE 3. Calyptotheca conica Cook, 1965. A–E in Six species of Calyptotheca (Bryozoa, Cheilostomata, Lanceoporidae) from the Gulf of Carpentaria and northern Australia, with description of a new species
FIGURE 3. Calyptotheca conica Cook, 1965. A–E, holotype (NHMUK 1892.1.28.76A). A, general view of autozooids, vicarious avicularium and ovicellate zooid with ovicell base; B, primary orifice; C, vicarious avicularium; D, two ovicellate zooids, note orifice dimorphism and suture lines on the ovicells; E, autozooid. F, NHMUK 1892.1.28.76G, autozooids and ovicellate zooids.
FIGURE 4. Calyptotheca conica Cook, 1965 in Six species of Calyptotheca (Bryozoa, Cheilostomata, Lanceoporidae) from the Gulf of Carpentaria and northern Australia, with description of a new species
FIGURE 4. Calyptotheca conica Cook, 1965 from the Gulf of Carpentaria (MTQ G26472, G26509 [stub]). A, general view of autozooids, vicarious avicularium and ovicell; B, vicarious avicularium; C, autozooids and ovicellate zooids—note orifice dimorphism and suture lines on ovicells; D, autozooid; E, autozooids and vicarious avicularia; F, primary orifice.
FIGURE 1. A in A new Emoia samoensis group lizard (Squamata: Scincidae) from the Cook Islands, South-central Pacific
FIGURE 1. A stylized cladogram illustrating the phylogenetic relationships among South Pacific Emoia samoensis species group members. These species were used as comparative taxa. The relationships depicted in this cladogram are from the phylogenetic tree constructed using a combined analysis (Maximum Likelihood, Bayesian Inference, Maximum Parsimony) of mitochondrial and nuclear DNA published in Hamilton et al. (2010: fig. 2)
FIGURE 2 in A new Emoia samoensis group lizard (Squamata: Scincidae) from the Cook Islands, South-central Pacific
FIGURE 2. The holotype of Emoia tuitarere n. sp., USNM 533712. A. dorsal aspect of whole body; B, dorsal aspect of head; C, lateral aspect of head.
FIGURES 16–18. Celleporina wellingtonensis n in New bryozoan taxa from a new marine conservation area in New Zealand, with a checklist of Bryozoa from Greater Cook Strait
FIGURES 16–18. Celleporina wellingtonensis n. sp. 16, Surface of mature colony with ovicellate zooids and adventitious avicularia. 17, Ovicell showing perforate ectooecial tabula. 18, Primary orifice. FIGURES 19–21. Osthimosia sirena n. sp. 19, Ovicelled zooid surrounded by adventitious avicularia. 20, A small adventitious avicularium with a curved crossbar. 21, Primary orifice. Scale bars: Figs 16, 18, 19, 21 = 100 µm; Fig. 17 = 200 µm; Fig. 20 = 20 µm.
FIGURE 1 in New bryozoan taxa from a new marine conservation area in New Zealand, with a checklist of Bryozoa from Greater Cook Strait
FIGURE 1. The south coast of Wellington in the vicinity of the new Taputeranga Marine Reserve (bold black line). Solid black shows urbanised land, with low-tidal rock, submarine rock, boulder and pebble gravel, and sand out to the southern boundary of the reserve, with depth contours shown at 10 m intervals. All of the new species were collected in guts and runnels of The Sirens Rocks or to seaward of these rocks.
FIGURES 22–28. Rhynchozoon zealandicum n in New bryozoan taxa from a new marine conservation area in New Zealand, with a checklist of Bryozoa from Greater Cook Strait
FIGURES 22–28. Rhynchozoon zealandicum n. sp. 22, Surface of colony from margin to centre showing the change in orientation of zooids in the centre of the colony owing to frontal budding. 23, Developing zooids at the colony margin showing the distribution of pore-chambers. 24, Orificial view of zooids near the colony margin showing suboral avicularia. 25, Recumbent zooids showing the peristomial processes. 26, Frontally borne adventitious avicularium. 27, Ovicells showing frontal ectooecial tabula and short broad labellum. 28, Primary orifice. Scale bars: Fig. 22 = 1 mm; Figs 23–27 = 100 µm; Fig. 28 = 20 µm.
FIGURES 2–6. Electra oligopora n in New bryozoan taxa from a new marine conservation area in New Zealand, with a checklist of Bryozoa from Greater Cook Strait
FIGURES 2–6. Electra oligopora n. sp. 2, Part of cleaned encrusting colony showing general disposition of runner-andbranch zooidal series. 3, Zooids with membranous frontal walls and spine tips intact. 4, An autozooid in quincuncial arrangement with its neighbours. 5, Proximal and distal ends of zooids in a lineal series showing the small area of porous gymnocyst. 6, The operculum fully folded back proximally, showing the marginal sclerite that supports it. Scale bars: Fig. 2 = 1 mm; Figs 3–5 = 100 µm; Fig. 6 = 30 µm.
FIGURES 13–15. Fenestrulina littoralis n in New bryozoan taxa from a new marine conservation area in New Zealand, with a checklist of Bryozoa from Greater Cook Strait
FIGURES 13–15. Fenestrulina littoralis n. sp. 13, Ovicelled and non-ovicelled zooids; notice the distinctive crest on the frontal shield and the ovicells; note also that the proximal pair of oral spines in one zooid is forked. 14, Zooids at the colony margin showing pore-chambers; 15, Distal end of an autozooid showing orificial condyles and the double sets of radiated pores between each pair of spine bases. Scale bars: Figs 13–15 = 100 µm.
Macroscopic Groups of Middle and Late Roman Cooking Pottery from Agora in Nea Paphos (Cyprus)
<p>The database contains cataloged fragments of cooking pottery from macroscopic groups.</p><p>Data collected within the project "Production and consumption of cooking pottery from the research of the Paphos Agora Project on Cyprus in the Middle and Late Roman periods (3rd-7th century CE) on the background of political, economic, and social changes" funded by the National Science Centre in Poland (grant Sonatina 4, no. 2020/36/C/HS3/00173). PI Kamila Nocoń</p>
Dataset for Nigeria clean cooking scenarios and impacts study
<p>This is the dataset and tool used for analysis in the journal article</p> <p>Yetano Roche, M. et al., (2024). Towards clean cooking energy for all in Nigeria: Pathways and impacts. Energy Strategy Reviews, 53, 101366,<br><a title="Persistent link using digital object identifier" href="https://doi.org/10.1016/j.esr.2024.101366" target="_blank" rel="noreferrer noopener"><span>https://doi.org/10.1016/j.esr.2024.101366</span></a></p> <p>Abstract:</p> <p>Over 175 million Nigerians rely on the use of traditional biomass for cooking, and it is estimated that more than 128,000 people died in Nigeria in 2019 from household air pollution related to these fuels. There is currently a gap in the study of possible pathways to meet Nigeria's goals in clean cooking and in understanding the health and climate impacts that different pathways can bring about. We explore clean cooking access scenarios for Nigeria until 2060 under a business-as-usual scenario, a moderate climate mitigation scenario, and an ambitious transformative scenario. We carry out a disaggregation at the state level for the period up to 2030 to better guide shorter-term policy development. Our analysis shows that under an ambitious scenario where 85 million households achieve access to clean cooking by 2060, annual premature deaths due to exposure to household air pollution would decrease by 7 % compared to 2018 levels. A baseline scenario, on the other hand, sees a dramatic 77 % increase, resulting in 209,000 people dying prematurely, of which 94,000 children under 5. Furthermore, we find that woodfuel removals from forestland would lead to a tripling of carbon dioxide emissions from land use change, reaching 602 Mt CO2 by 2060. Our findings stress the vital importance of a clean cooking transition in Nigeria and underline the urgent need for immediate acceleration in national efforts regarding access to clean cooking for all.</p> <p>Keywords: Clean cooking; Climate change; Health; Long-term scenarios; Net-zero; Nigeria</p>
FIGURE 1. Inodesmus jamaicensis Cook, 1896. A, E in On the identity of the enigmatic millipede genus Inodesmus Cook, 1896 (Polydesmida: Haplodesmidae)
FIGURE 1. Inodesmus jamaicensis Cook, 1896. A, E. Male lectotype (USNM-ENT01968074). B, C. Male (FMNHINS000001391). A, B. Ventral view of the gonopods. C. Left gonopod in ventral view. D. Right gonopod in lateral view, Fig. 7 from Loomis (1969). E. Original label of the Inodesmus type series. Abbreviations: as = apical setae; at = apical tab; cx = gonocoxa; dp = distal portion of the telopodite; mab = main branch of the distal portion of the telopodite; meb = medial branch of the distal portion of the telopodite; pp = proximal portion of the telopodite. Scale bars: (A) = 0.26 mm (B) = 0.5 mm (C) = 0.11 mm. Photographs of figures A and E taken by Karolyn Darrow (USNM). Photograph of figure B taken by Stephanie Ware (FMNH).
FIGURE 2. Inodesmus jamaicensis Cook, 1896. A, B, C in On the identity of the enigmatic millipede genus Inodesmus Cook, 1896 (Polydesmida: Haplodesmidae)
FIGURE 2. Inodesmus jamaicensis Cook, 1896. A, B, C. Male lectotype (USNM-ENT01968074). D, E, F. Male (FMNHINS000001391). A, D. Ventral view. B, E. Dorsal view. C, F. Lateral view. Scale bars: 1 mm. Photographs of figures A–C taken by Karolyn Darrow (USNM). Photographs of figures D–F taken by Stephanie Ware (FMNH).
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